

Category: Car accessories
Key Features
69W High-Power Fast Charging: Delivers up to 69W total output, supporting high-speed charging for laptops, tablets, smartphones, and other USB-powered devices while on the road.
Triple-Port Design (2× USB-C + 1× USB-A): Enables simultaneous charging of up to three devices without additional adapters, ideal for drivers and passengers during travel.
USB-C Power Delivery Support:
USB-C2: Up to 65W PD for USB-C laptops and high-power devices.
USB-C1: Up to 20W fast charging for smartphones and tablets.
USB-A: Up to 22.5W fast charging support.
Smart Power Distribution Technology: Automatically adjusts and reallocates power when devices are connected or disconnected to ensure optimal charging performance.
Enhanced Locking Grip Design: Upgraded side clips provide a secure and stable fit in the vehicle socket, preventing interruptions even on uneven roads.
Advanced Heat Dissipation: Side ventilation design improves airflow and temperature control for safer and more stable operation.
Wide Vehicle Compatibility: Supports DC 12V–24V input, making it suitable for cars, SUVs, trucks, vans, pickups, and buses.
Compact & Lightweight Construction: Space-saving design integrates seamlessly into vehicle interiors without clutter.
Comprehensive Safety Protection: Built-in safeguards against over-current, over-voltage, over-temperature, and short circuits.
Specifications
Brand: UGREEN
Product Name: CD239 69W USB-C Car Charger
Model: CD239
SKU: 20467
Input: DC 12V–24V
Ports: 2 × USB-C, 1 × USB-A
Total Output Power: 69W Max
USB-C2 Output: Up to 65W (Power Delivery)
USB-C1 Output: Up to 20W
USB-A Output: Up to 22.5W
Charging Features: Fast Charging, Smart Power Distribution, Multi-Device Charging
Cooling System: Side Vent Heat Dissipation Design
Material: Fire-Resistant PC
Dimensions: 1.38 × 1.38 × 2.91 inches
Weight: 41 g (1.45 oz)
Safety Features: Over-Current Protection, Over-Voltage Protection, Over-Temperature Protection, Short-Circuit Protection
Note: Charging may briefly pause when plugging or unplugging devices due to automatic power redistribution.
